Latest Articles for Data Structures

A new method enhances volleyball game analysis using graph-based data structures.

This article examines random walks and their escape rates on unordered trees.

Explore the essentials of tree structures and their applications across various fields.

New method reduces memory usage in managing temporal graphs.

Analyzing the connection between C-I graphs, chordal graphs, and cographs.

Exploring the relationship between eigenvalues and independence complexes in graph theory.

A new method for efficiently finding maximum 2-packing sets in graphs.

A new approach enhances processing of unstructured meshes using a task-parallel model.

A new method for efficiently breaking down 4-connected graphs.

A look into directed graphs and methods to simplify cycle identification.

Explore the structure and significance of bipartite graphs and their mathematical tools.

A look at gradings and their role in managing computational effects in monads.

New methods improve the discovery of k-defective cliques in complex networks.

This paper investigates tree homomorphisms and their impact on regular tree languages.

New formats improve data storage efficiency for large, sparse matrices.

Exploring new models combining AI, language, and quantum computing.

Exploring how data types influence programming and code correctness.

A look into improving hash table efficiency through innovative probing methods.

A new method uses learning to enhance mesh quality in graphics and simulations.

Permutrees blend features of binary trees and permutations to represent complex relationships.

Learn how data arrangements impact performance and the role of evolutionary algorithms.

A new method for effectively representing and manipulating sparse graphs.

An overview of graph grammars and their applications in computer science and biology.

This article explores secluded subgraphs and their significance in graph theory.

Hyperbolic neural networks enhance tree structure representation in data science.

Explore how red-black trees efficiently handle ordered sequences for parallel algorithms.

An overview of stack-sorting methods and their practical applications in various fields.

This study examines how to efficiently approximate query evaluations in probabilistic graphs.

A method for efficiently identifying maximal clique-partitions in graphs.

A look into polynomial functors and their role in data types.

This article simplifies a classic algorithm for tree isomorphism using prime numbers.

Exploring solutions for data type extension and function management in programming.

Exploring methods to efficiently generate De Bruijn sequences for diverse applications.

Explore how mean subtree order influences graph relationships and structures.

Exploring intrinsic metrics and their significance in understanding graph structures.

A new algorithm ensures exact shortest paths in changing networks.

This article examines methods for creating hypergraphs with specific degree sequences.

This study reduces the number of labels needed for distance labeling in cycles.

Analyzing random movements within tree-like structures and their behavior.

A look at simplified structures for efficient text handling.